120/70-ZR17 MAXXIS SUPERMAXX ST 58W

£77.64

120/70-ZR17 MAXXIS SUPERMAXX ST 58W

Out of stock

SKU: TY1712070ZRMAXXISST Category:

Description

Maxxis Supermaxx ST delivers the very latest in radial construction technology, an all-new design which features Mono-Spiral steel belts for improved structural rigidity, resulting in outstanding cornering performance. Stiffer Sidewalls ensure that Supermaxx ST can handle increased loads over previous generations of Supermaxx, reducing sidewall cornering flex and delivering the secure feel Touring riders demand.

Outright grip is delivered through Maxxis industry leading Silica Plus Compound technology – Nano-Silica is blended with modified rubber compounds and ultra-fine particles of carbon Black – the resulting Sports Touring compound delivers outstanding grip in varied weather conditions and a consistent wear-rate on long distance tours.

Advanced 3-D Sipes further enhance grip in wet road conditions, and eliminate uneven tread wear, locking tread blocks together under load to maintain stiffness in the tread compound. The Supermaxx ST features an advanced V-groove tread pattern with an intensive groove design to expel standing water from the contact patch, maintaining consistent handling characteristics in varied road conditions – wet or dry.

Compared Maxxis’ long-standing Supermaxx, the Supermaxx ST’s larger contact area, stiffer carcass and improved tread compound deliver:

  • 21% increase in camber grip
  • 40% increase in footprint at 40 degrees of lean angle
  • 15% increase in wet grip
  • 20% increase in mileage performance

Maxxis Supermaxx ST has been developed for a wide range of middle-weight and heavy-weight Sports Touring applications, with ongoing testing feedback from British Superbike and World Superbike racing legend Chris “Stalker” Walker. Maxxis Supermaxx ST – It’s time to make the change to Maxxis

Size range: Front: 120/60 ZR17 (55W) – 120/70 ZR17 (58W) Rear: 160/60 ZR17 (69W) – 180/55 ZR17 (73W) – 190/50 ZR17 (73W

Additional information

Weight 0.0000 kg